Asics Fujitrail Short-Sleeve T-shirt Black Purple
Buy it now and receive it between 7 Jul and 9 Jul with UPS Express
Asics Fujitrail SS T-shirt, lightness and performance on every trail
The Asics Fujitrail SS is inspired by cross-country running adventures and designed as an essential piece for your daily trail training. Its lightweight, quick-drying fabric and functional details let you run comfortably and stay focused on any terrain.
- Material: Lightweight knit fabric with at least 50% recycled materials in the main fabric.
- Fabric technology: Quick-dry.
- Breathability: Lightweight fabric that promotes comfort during activity.
- Fit: Forward-set flat seams on the shoulders to reduce distractions.
- Additional details: FUJITRAIL print inspired by Mount Fuji and reflective details for improved visibility in low-light conditions.
- Sustainability: At least 50% of the main material is made from recycled materials to reduce waste and carbon emissions.
Technical features
The Asics Fujitrail SS T-shirt is designed for those who see trail running as a true adventure. Its functional design, lightweight fabric, and technical details make it an ideal choice for everyday use in the mountains.
Lightweight, quick-drying fabric
Made with lightweight knit fabric, this T-shirt provides a comfortable, fresh feel while running. Its quick-drying capability helps maintain comfort even during demanding sessions or on hot days.
Strategic seams for greater focus
It features forward-set flat seams on the shoulders, designed to reduce distractions and minimize potential discomfort while you run, especially when using a backpack or hydration vest.
FUJITRAIL inspiration and improved visibility
The FUJITRAIL graphic is inspired by Mount Fuji, delivering a distinctive design linked to the spirit of trail running. It also includes reflective details that enhance visibility in low-light conditions.
Commitment to sustainability
At least 50% of the garment’s main material is made from recycled materials, helping reduce waste and carbon emissions without sacrificing performance.